NewMadeleine

Private definitions for nmad core. More...

This graph shows which files directly or indirectly include this file:

Data Structures
struct	nm_lazy_initializer_s

struct	nm_core_dispatching_event_s
	an event ready for dispatch (matching already done) More...

struct	nm_in_chunk_s
	an incoming chunk of data More...

struct	nm_chunk_injector_s
	a chunk to be injected into nmad core More...

struct	nm_unexpected_s
	a chunk of unexpected message to be stored More...

Macros
#define	NM_ALIGN_FRONTIER sizeof(NM_ALIGN_TYPE)

#define	nm_aligned(x) nm_aligned_n((x), NM_ALIGN_FRONTIER)

#define	nm_offset_of(TYPE, MEMBER) ((size_t) &((TYPE *)0)->MEMBER)

#define	nm_container_of(ptr, type, member)

#define	NM_IS_THREADED ((nm_core_get_thread_level(nm_core_get_singleton()) >= NM_THREAD_SERIALIZED) ? 1 : 0)

#define	NM_ALLOCATOR_TYPE(ENAME, TYPE) PUK_ALLOCATOR_TYPE_EXT(ENAME, TYPE, !NM_IS_THREADED)

#define	NM_TRK_SMALL ((nm_trk_id_t)0)

#define	NM_TRK_LARGE ((nm_trk_id_t)1)

#define	NM_TRK_NONE ((nm_trk_id_t)-1)

#define	NM_MAX_TRACKS 2

#define	NM_SEQ_FIRST ((nm_seq_t)1)
	First sequence number. More...

#define	nm_profile_add(COUNTER, VALUE) do {} while(0)

#define	nm_profile_inc(COUNTER) nm_profile_add(COUNTER, 1)

#define	NM_LAZY_INITIALIZER_INIT { .init_done = 0, .initializing = 0 }

#define	NM_LAZY_INITIALIZER(ENAME, CTOR, DTOR)
	factorize process for lazy initialization. More...

Functions
static nm_len_t	nm_aligned_n (nm_len_t v, nm_len_t a)

	PUK_LIST_CREATE_FUNCS (nm_req)

	PUK_LIST_CREATE_FUNCS (nm_req_chunk)

	PUK_LFQUEUE_TYPE (nm_req_chunk, struct nm_req_chunk_s *, NULL, NM_REQ_CHUNK_QUEUE_SIZE)

	PUK_ALLOCATOR_TYPE_EXT (nm_req_chunk, struct nm_req_chunk_s, !((nm_core_get_thread_level(nm_core_get_singleton()) >=NM_THREAD_SERIALIZED) ? 1 :0))
	allocator for request chunks More...

	PUK_LFQUEUE_TYPE (nm_pkt_wrap, struct nm_pkt_wrap_s *, NULL, 512)
	LF queue type for completed pw. More...

static nm_seq_t	nm_seq_next (nm_seq_t seq)
	Compute next sequence number. More...

static int	nm_seq_compare (nm_seq_t current, nm_seq_t seq1, nm_seq_t seq2)
	compare to seq numbers, assuming they are in the future returns -1 if seq1 is before seq2, 0 if equal, 1 if seq1 after seq2 More...

static int	nm_seq_fuzzy_compare (nm_seq_t seq1, nm_seq_t seq2)
	compare to seq numbers taking into account looping at overflow, assuming they are less than halftrip of overflow returns -1 if seq1 < seq2, 0 if equal, 1 if seq1 > seq2 More...

	PUK_VECT_TYPE (nm_core_monitor, struct nm_core_monitor_s *)

	PUK_LIST_TYPE (nm_core_pending_event, struct nm_core_event_s event;struct nm_core_monitor_s *p_core_monitor;)
	a pending event, not dispatched immediately because it was received out of order More...

	PUK_LFQUEUE_TYPE (nm_core_dispatching_event, struct nm_core_dispatching_event_s *, NULL, 1024)

	PUK_ALLOCATOR_TYPE_EXT (nm_core_dispatching_event, struct nm_core_dispatching_event_s, !((nm_core_get_thread_level(nm_core_get_singleton()) >=NM_THREAD_SERIALIZED) ? 1 :0))

	PUK_LIST_DECLARE_TYPE2 (nm_unexpected_wildcard, struct nm_unexpected_s)

	PUK_LIST_DECLARE_TYPE2 (nm_unexpected_gtag, struct nm_unexpected_s)

	PUK_LIST_DECLARE_TYPE2 (nm_unexpected_gate, struct nm_unexpected_s)

	PUK_LIST_DECLARE_TYPE2 (nm_unexpected_tag, struct nm_unexpected_s)

	PUK_LIST_CREATE_FUNCS (nm_unexpected_wildcard)

	PUK_LIST_CREATE_FUNCS (nm_unexpected_gtag)

	PUK_LIST_CREATE_FUNCS (nm_unexpected_gate)

	PUK_LIST_CREATE_FUNCS (nm_unexpected_tag)

Detailed Description

Private definitions for nmad core.

This file is not installed and not part of the public API.

Definition in file nm_core_private.h.

Macro Definition Documentation

◆ NM_ALIGN_FRONTIER

#define NM_ALIGN_FRONTIER sizeof(NM_ALIGN_TYPE)

Definition at line 27 of file nm_core_private.h.

◆ nm_aligned

#define nm_aligned ( x ) nm_aligned_n((x), NM_ALIGN_FRONTIER)

Definition at line 28 of file nm_core_private.h.

◆ NM_ALLOCATOR_TYPE

#define NM_ALLOCATOR_TYPE	(	ENAME,
		TYPE
	)	PUK_ALLOCATOR_TYPE_EXT(ENAME, TYPE, !NM_IS_THREADED)

Definition at line 51 of file nm_core_private.h.

◆ nm_container_of

#define nm_container_of	(	ptr,
		type,
		member
	)

Value:

((type *)((char *)(__typeof__ (&((type *)0)->member))(ptr)- \

nm_offset_of(type,member)))

Definition at line 37 of file nm_core_private.h.

◆ NM_IS_THREADED

#define NM_IS_THREADED ((nm_core_get_thread_level(nm_core_get_singleton()) >= NM_THREAD_SERIALIZED) ? 1 : 0)

Definition at line 46 of file nm_core_private.h.

◆ NM_LAZY_INITIALIZER

#define NM_LAZY_INITIALIZER	(	ENAME,
		CTOR,
		DTOR
	)

factorize process for lazy initialization.

ENAME base name of variable to define
CTOR function called as constructor when init is needede
DTOR function called as destructor at application end.

Definition at line 157 of file nm_core_private.h.

◆ NM_LAZY_INITIALIZER_INIT

#define NM_LAZY_INITIALIZER_INIT { .init_done = 0, .initializing = 0 }

Definition at line 150 of file nm_core_private.h.

◆ NM_MAX_TRACKS

#define NM_MAX_TRACKS 2

Deprecated:

Definition at line 77 of file nm_core_private.h.

◆ nm_offset_of

#define nm_offset_of	(	TYPE,
		MEMBER
	)	((size_t) &((TYPE *)0)->MEMBER)

Definition at line 36 of file nm_core_private.h.

◆ nm_profile_add

#define nm_profile_add	(	COUNTER,
		VALUE
	)	do {} while(0)

Definition at line 137 of file nm_core_private.h.

◆ nm_profile_inc

#define nm_profile_inc ( COUNTER ) nm_profile_add(COUNTER, 1)

Definition at line 140 of file nm_core_private.h.

◆ NM_SEQ_FIRST

#define NM_SEQ_FIRST ((nm_seq_t)1)

First sequence number.

Definition at line 82 of file nm_core_private.h.

◆ NM_TRK_LARGE

#define NM_TRK_LARGE ((nm_trk_id_t)1)

Definition at line 73 of file nm_core_private.h.

◆ NM_TRK_NONE

#define NM_TRK_NONE ((nm_trk_id_t)-1)

Definition at line 74 of file nm_core_private.h.

◆ NM_TRK_SMALL

#define NM_TRK_SMALL ((nm_trk_id_t)0)

Definition at line 72 of file nm_core_private.h.

Function Documentation

◆ nm_aligned_n()

static nm_len_t nm_aligned_n	(	nm_len_t	v,
		nm_len_t	a
	)

inlinestatic

Definition at line 30 of file nm_core_private.h.

◆ nm_seq_compare()

static int nm_seq_compare	(	nm_seq_t	current,
		nm_seq_t	seq1,
		nm_seq_t	seq2
	)

inlinestatic

compare to seq numbers, assuming they are in the future returns -1 if seq1 is before seq2, 0 if equal, 1 if seq1 after seq2

Definition at line 96 of file nm_core_private.h.

◆ nm_seq_fuzzy_compare()

static int nm_seq_fuzzy_compare	(	nm_seq_t	seq1,
		nm_seq_t	seq2
	)

inlinestatic

compare to seq numbers taking into account looping at overflow, assuming they are less than halftrip of overflow returns -1 if seq1 < seq2, 0 if equal, 1 if seq1 > seq2

Definition at line 113 of file nm_core_private.h.

References NM_FATAL, and NM_SEQ_MAX.

◆ nm_seq_next()

static nm_seq_t nm_seq_next ( nm_seq_t seq )

inlinestatic

Compute next sequence number.

Definition at line 85 of file nm_core_private.h.

References NM_SEQ_NONE, and seq.

◆ PUK_ALLOCATOR_TYPE_EXT() [1/2]

PUK_ALLOCATOR_TYPE_EXT	(	nm_core_dispatching_event	,
		struct nm_core_dispatching_event_s	,
		!	(nm_core_get_thread_level(nm_core_get_singleton()) >=NM_THREAD_SERIALIZED) ? 1 :0
	)

◆ PUK_ALLOCATOR_TYPE_EXT() [2/2]

PUK_ALLOCATOR_TYPE_EXT	(	nm_req_chunk	,
		struct nm_req_chunk_s	,
		!	(nm_core_get_thread_level(nm_core_get_singleton()) >=NM_THREAD_SERIALIZED) ? 1 :0
	)

allocator for request chunks

◆ PUK_LFQUEUE_TYPE() [1/3]

PUK_LFQUEUE_TYPE	(	nm_core_dispatching_event	,
		struct nm_core_dispatching_event_s *	,
		NULL	,
		1024
	)

◆ PUK_LFQUEUE_TYPE() [2/3]

PUK_LFQUEUE_TYPE	(	nm_pkt_wrap	,
		struct nm_pkt_wrap_s *	,
		NULL	,
		512
	)

LF queue type for completed pw.

◆ PUK_LFQUEUE_TYPE() [3/3]

PUK_LFQUEUE_TYPE	(	nm_req_chunk	,
		struct nm_req_chunk_s *	,
		NULL	,
		NM_REQ_CHUNK_QUEUE_SIZE
	)

◆ PUK_LIST_CREATE_FUNCS() [1/6]

PUK_LIST_CREATE_FUNCS ( nm_req )

◆ PUK_LIST_CREATE_FUNCS() [2/6]

PUK_LIST_CREATE_FUNCS ( nm_req_chunk )

◆ PUK_LIST_CREATE_FUNCS() [3/6]

PUK_LIST_CREATE_FUNCS ( nm_unexpected_gate )

◆ PUK_LIST_CREATE_FUNCS() [4/6]

PUK_LIST_CREATE_FUNCS ( nm_unexpected_gtag )

◆ PUK_LIST_CREATE_FUNCS() [5/6]

PUK_LIST_CREATE_FUNCS ( nm_unexpected_tag )

◆ PUK_LIST_CREATE_FUNCS() [6/6]

PUK_LIST_CREATE_FUNCS ( nm_unexpected_wildcard )

◆ PUK_LIST_DECLARE_TYPE2() [1/4]

PUK_LIST_DECLARE_TYPE2	(	nm_unexpected_gate	,
		struct nm_unexpected_s
	)

◆ PUK_LIST_DECLARE_TYPE2() [2/4]

PUK_LIST_DECLARE_TYPE2	(	nm_unexpected_gtag	,
		struct nm_unexpected_s
	)

◆ PUK_LIST_DECLARE_TYPE2() [3/4]

PUK_LIST_DECLARE_TYPE2	(	nm_unexpected_tag	,
		struct nm_unexpected_s
	)

◆ PUK_LIST_DECLARE_TYPE2() [4/4]

PUK_LIST_DECLARE_TYPE2	(	nm_unexpected_wildcard	,
		struct nm_unexpected_s
	)

◆ PUK_LIST_TYPE()

PUK_LIST_TYPE	(	nm_core_pending_event	,
		struct nm_core_event_s event;struct nm_core_monitor_s *p_core_monitor;
	)

a pending event, not dispatched immediately because it was received out of order

◆ PUK_VECT_TYPE()

PUK_VECT_TYPE	(	nm_core_monitor	,
		struct nm_core_monitor_s *
	)

Documentation

Data Structures

Macros

Functions

Detailed Description

Macro Definition Documentation

◆ NM_ALIGN_FRONTIER

◆ nm_aligned

◆ NM_ALLOCATOR_TYPE

◆ nm_container_of

◆ NM_IS_THREADED

◆ NM_LAZY_INITIALIZER

◆ NM_LAZY_INITIALIZER_INIT

◆ NM_MAX_TRACKS

◆ nm_offset_of

◆ nm_profile_add

◆ nm_profile_inc

◆ NM_SEQ_FIRST

◆ NM_TRK_LARGE

◆ NM_TRK_NONE

◆ NM_TRK_SMALL

Function Documentation

◆ nm_aligned_n()

◆ nm_seq_compare()

◆ nm_seq_fuzzy_compare()

◆ nm_seq_next()

◆ PUK_ALLOCATOR_TYPE_EXT() [1/2]

◆ PUK_ALLOCATOR_TYPE_EXT() [2/2]

◆ PUK_LFQUEUE_TYPE() [1/3]

◆ PUK_LFQUEUE_TYPE() [2/3]

◆ PUK_LFQUEUE_TYPE() [3/3]

◆ PUK_LIST_CREATE_FUNCS() [1/6]

◆ PUK_LIST_CREATE_FUNCS() [2/6]

◆ PUK_LIST_CREATE_FUNCS() [3/6]

◆ PUK_LIST_CREATE_FUNCS() [4/6]

◆ PUK_LIST_CREATE_FUNCS() [5/6]

◆ PUK_LIST_CREATE_FUNCS() [6/6]

◆ PUK_LIST_DECLARE_TYPE2() [1/4]

◆ PUK_LIST_DECLARE_TYPE2() [2/4]

◆ PUK_LIST_DECLARE_TYPE2() [3/4]

◆ PUK_LIST_DECLARE_TYPE2() [4/4]

◆ PUK_LIST_TYPE()

◆ PUK_VECT_TYPE()